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Visual training method based on dynamic brain fitness

A visual training and dynamic technology, applied in the field of vision training, can solve the problems of depleting children's and adolescents' hyperopia reserves, narrow age application range, strong dependence, etc., to improve myopia, improve visual function, and enhance muscle strength and movement speed. Effect

Pending Publication Date: 2022-08-05
杨文华
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] In the traditional practice method, hand-eye coordination items such as beading and needle threading are mostly used to practice. This method is too narrow for the age of the practitioners. It is generally only suitable for children under 6 years old, and it can only be used for oblique , amblyopia play a more obvious effect
[0004] At the same time, there are also intervention methods using the theory of traditional Chinese medicine, such as auricular point stimulation and drug massage, which have a certain effect in the short term, but are highly dependent and rebound quickly after stopping
[0005] At this stage, vision training is assisted by modern equipment. Most of the training methods are multimedia training methods, and supporting electronic products are used for visual training operations. It is also because the use of electronic products prematurely consumes the hyperopia of children and adolescents. reserve, leading to early myopia

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] The visual training method based on dynamic brain fitness provided by this embodiment adopts the following operations:

[0014] Standard training, that is to configure a movable optotype, the optotype is adjusted to the midpoint between the trainer's eyes within a distance of one meter before and after; the trainer visually tracks the optotype, and the optotype is at The uniform movement and stay between points of different sight distances makes the eyeball direction, lens shape, and pupil size produce a mandatory triple linkage, thereby exercising the muscle adjustment ability of the eye; that is, the eyeball rotates outward when the target is far away , causing the line of sight direction to gradually tend to be straight ahead, the lens relaxes, and the pupil dilates, while the trainer's eyeball undergoes a pronation movement when the optotype approaches, causing the line of sight direction to gradually converge inward, the lens is tense, and the pupil narrows.

[001...

Embodiment 2

[0020] This embodiment mainly provides a corresponding training mode for trainers of myopia prevention and control and myopia intervention.

[0021] On the basis of Embodiment 1, this embodiment also adopts an intensity training mode, that is, in the process of standard training, the trainer wears multiple pairs of concave lenses and gradually reduces the number of wearing, so as to realize the visual imaging from blurred to clear Progressive change.

[0022] Preferably, the intensity training mode uses 10 to 18 pairs of concave lenses, and the number of wearing is gradually reduced within 25 minutes until the concave lenses are completely removed.

[0023] For trainers with hyperopia, strabismus, amblyopia, and astigmatism, the upper limit of the number of wearing concave lenses will be adjusted according to the change of age in the intensity training mode. In particular, trainers under the age of 5 should appropriately reduce the number of concave lenses for training.

Embodiment 3

[0025] This embodiment is mainly aimed at the trainers who have severe visual fatigue and who still fail to achieve obvious results after using the intensity training for a period of time.

[0026] On the basis of Example 2, the intensity training mode also has a pre-positioned simulated fog vision operation, that is, the trainer wears a convex lens to realize fog and blur in visual imaging; after the simulated fog vision operation is performed, the Trainers wear concave lenses.

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Abstract

A visual training method based on dynamic brain fitness adopts the following operations: standard training, namely configuring a movable sighting mark, and performing movement adjustment on the sighting mark in a range of one meter from front to back relative to a midpoint between two eyes of a trainer; a trainer performs visual tracking on a sighting target, and the sighting target moves and stays at a constant speed between different sight distance points, so that mandatory three-linkage matching is generated in the eyeball direction, the crystalline lens shape and the pupil size, and the muscle adjusting ability of eyes is exercised; namely, when the sighting marks are far away, the eyeballs rotate outwards, so that the sight direction gradually tends to the front to form head-up, the crystalline lenses are relaxed, and the pupils are enlarged, and when the sighting marks approach, the eyeballs of the trainee rotate inwards, so that the sight direction gradually gathers inwards, the crystalline lenses are tensioned, and the pupils are shrunk. Eye muscle strengthening, adjusting ability recovery and visual function improvement can be achieved through an exercising method.

Description

technical field [0001] The invention relates to the technical field of vision training, in particular to a vision training method based on dynamic brain fitness. Background technique [0002] Vision training, also known as vision recovery training, is designed to improve uncorrected vision and overall vision health, especially for children and adolescents. Children and adolescents are in the growth and development period and the peak period of eye use. Correct vision training can carry out scientific physical exercise and training for the eyes and visual system, enhance the ability of eye adjustment, can effectively eliminate false myopia, prevent and control true myopia, improve Uncorrected vision, to achieve the purpose of vision recovery, belongs to natural therapy. [0003] In the traditional practice method, the hand-eye coordination items such as stringing beads and threading needles are mostly used for practice. This method is too narrow for the age of the practition...

Claims

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Application Information

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IPC IPC(8): A61H5/00
CPCA61H5/00
Inventor 杨文华
Owner 杨文华